SKF GEG 32 ES 32mm Bore Spherical Bearing, 65.5kN Radial Load Rating, 52mm O.D

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£64.57

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RS Stock No.:
217-6758
Mfr. Part No.:
GEG 32 ES
Brand:
SKF
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Brand

SKF

Bore Size

32mm

Outside Diameter

52mm

Static Radial Load Rating

65.5kN

SKF GEG 32 ES Spherical Bearing, Bore size 32mm, 325kN Static Axial Load Rating - GEG 32 ES


This spherical bearing is designed for robust applications in various industrial settings. Featuring a bore size of 32mm and an outside diameter of 52mm, it offers excellent load-bearing capacity, making it suitable for high-performance needs. Its construction ensures reliable operation even under significant stresses in automation, electronics, and mechanical industries.

Features & Benefits


• Supports a static axial load rating of 325kN
• Features a static radial load rating of 65.5kN
• Compact design enhances space efficiency in assemblies
• High load capacity makes it ideal for demanding applications
• Durability ensures longevity and reduces maintenance frequency
• Smooth operation contributes to better overall machinery performance

Applications


• Used in industrial machinery for load support
• Suitable for automation systems requiring precise motion
• Common in equipment within the electrical sector
• Utilised in mechanical assemblies needing reliable component connections

What is the maximum static axial load that can be supported by this bearing?


The bearing can support a maximum static axial load of 325kN, making it highly effective for applications requiring substantial force.

How does its radial load rating benefit operational efficiency?


With a static radial load rating of 65.5kN, it effectively manages high pressures, leading to smoother operation and reduced wear on other machine components.

In what environments is this bearing most effective?


This bearing is particularly effective in industrial environments where high load capacity, precision, and durability are paramount.

What design characteristics contribute to its long-life performance?


Its robust construction is engineered to sustain heavy loads while maintaining operability, reducing the frequency of replacements in demanding conditions.

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